Dr. Richard Hazel, DAc - Range Of Motion Acupuncture

04/06/2026

https://youtu.be/veTZ473JgvQ?si=546iyDjDLp6lrv-d

This video introduces the functional acupuncture methodology of Dr. Richard Hazel, which presents a radical alternative to the traditional medical approach for treating chronic pain. Instead of focusing on the site of pain (the "structural approach"), this method treats the underlying functional dysfunction.

# # # Key Concepts:

The Structural vs. Functional Paradigm (1:44 - 3:46): The traditional medical model treats pain locally (e.g., knee X-rays or surgery), which the video compares to placing a bucket under a leak. The functional approach identifies the "hole in the roof"—the muscle imbalances and poor movement patterns that caused the joint to fail.
Foundational Biomechanics (4:00 - 8:00): Dr. Hazel builds his approach on the work of:
Dr. Vladimir Janda (Prague School of Rehabilitation): Studied "crossed syndromes," where tight muscles cause opposing muscles to shut down neurologically.
Dr. Stuart McGill: Proved that back pain is often a result of repetitive movement under uneven loads rather than just a "disc issue."
The Mechanism of Functional Acupuncture (8:19 - 11:43): Rather than traditional meridian-based acupuncture, Dr. Hazel uses electric stimulation on motor points (the neuromuscular junction). This acts as a "hard reset" for the nervous system, restoring elasticity, contractility, and excitability to "deaf" or inhibited muscles.
Common Clinical Scenarios:
The Pelvis (12:00 - 14:40): A common starting point for dysfunction. Tight hip flexors (like the psoas) can inhibit glute function, forcing the lower back and knees to overcompensate.
Post-Surgical Pain (15:00 - 16:30): Explains arthrogenic muscle inhibition, where the brain shuts off muscles to protect a joint even after surgery has repaired it.
Migraines (16:40 - 18:25): Often driven by tension in the suboccipital muscles compressing the occipital nerves.
Athletic Injuries (18:40 - 20:30): Explains how high-impact activities lead to "eccentric deceleration" damage, requiring targeted release of tight muscle bands.

# # # The Ultimate Goal:
Dr. Hazel’s mission is to resolve dysfunction rapidly, effectively making the patient independent of his care (20:50 - 22:30). He contrasts this with the standard medical business model, which often relies on long-term symptom management due to time constraints in clinical settings.

I put all my 150+ Acupuncture Outsider podcast episodes into NotebookLM and asked it to make an audio overview.The results are spot on. ...

04/04/2026

https://youtu.be/veTZ473JgvQ

I put all my 150+ Acupuncture Outsider podcast episodes into NotebookLM and asked it to make an audio overview.The results are spot on. ...

04/04/2026

🚨 Got a "strong but inhibited" athlete? The secret to fixing them isn't just about strength testing—it’s about understanding Dr. Vladimir Janda's muscle imbalance syndromes! 🚨

Janda discovered that due to posture, injury, or repetitive movement, predictable patterns emerge where certain muscles become chronically tight and overactive (hypertonic), causing their functional antagonists to become inhibited and weak (hypotonic).

Think of Janda's Upper and Lower Crossed Syndromes. A tight psoas and an inhibited glute are not two separate problems; they are two linked components of a single dysfunctional pattern. In fact, Janda’s "Tightness Weakness" model explains that when a muscle is chronically shortened, it actually loses strength and becomes functionally weak.

🔑 **The Key to Success: Muscle Length Testing (MLT)** 🔑

To truly unlock an athlete's potential and clear these imbalances, Muscle Length Testing (MLT) is your essential diagnostic partner. While tools like Hand-Held Dynamometry (HHD) quantify the weak, inhibited muscles, MLT is specifically designed to assess passive muscle tension and identify the "short," overactive culprits.

You must identify and lengthen the "tight" muscles using MLT before you can ever effectively activate and strengthen the "weak" ones! MMT and MLT are not competing tests; they are complementary halves of a complete diagnostic system.

⚠️ **Clinician Pro-Tip:** MLT is highly reliable, but *only* if your protocol is flawless. Its reliability drops significantly without strict standardization and stabilization. For example, if you don't properly stabilize the pelvis during a hip flexor test, the athlete's compensatory anterior tilt will completely outsmart you and give the illusion of normal muscle length.

04/03/2026

Got arm tingling or thumb numbness? 🖐️ You might be told it's a pinched nerve in your neck (C6 radiculopathy), but it could actually be a sneaky muscle knot in your shoulder! 🤔

Differentiating between an infraspinatus myofascial trigger point (MTrP) and a C6 radiculopathy is tricky because a hyperirritable knot can create a "pseudoradiculopathy" that perfectly mimics the C6 dermatomal distribution.

Here is how clinicians can tell the difference:

📍 **Where is the primary pain?**
* **Nerve (C6):** Pain is typically located in the neck, shoulder, and radial arm. It classically causes numbness or tingling in the thumb and radial forearm.
* **Muscle (MTrP):** Pain is usually concentrated in the scapular area and deep anterior shoulder. However, it refers sensations down the lateral arm, forearm, and radial hand, stemming entirely from the muscle.

💪 **Strength & Reflexes**
* **Nerve (C6):** True nerve root compression frequently results in a diminished brachioradialis reflex and measurable weakness when flexing the elbow or extending the wrist.
* **Muscle (MTrP):** Deep tendon reflexes remain completely normal. Any weakness observed is just a "pseudo-weakness" where the muscle is inhibited from contracting because of the pain.

🩺 **Clinical Tests**
* **The Spurling Test:** This test (cervical lateral flexion with axial loading) is highly specific for radiculopathy and will reproduce arm pain for a pinched nerve, but it is negative in patients with pure infraspinatus trigger points.
* **Palpation:** Firm compression of the infraspinatus muscle belly will actually reproduce the patient's distal tingling symptoms if it is an active trigger point, often causing a "jump sign" or local twitch response.

⚡ **Diagnostic Scans**
* **Nerve (C6):** Electrodiagnostic studies (EMG/NCS) will show signs of denervation and reduced nerve conduction, while an MRI will reveal nerve root compression.
* **Muscle (MTrP):** EMG/NCS and MRIs will appear completely normal. But be careful—asymptomatic disc bulges are common and can cause false positives on an MRI!

04/03/2026

Got hand tingling or numbness after hours at your desk? 👩‍💻👨‍💻 You might assume it's Carpal Tunnel Syndrome or a pinched nerve in your neck (like a C6 radiculopathy)... but think again! 🛑

Studies show that for many office and Visual Display Terminal (VDT) workers, the real culprit is actually **Myofascial Pain Syndrome (MPS)**.

Here is what you need to know about this commonly misunderstood issue:

🎯 **The Real Culprit: Trigger Points**
Hyperirritable "knots"—known as myofascial trigger points—in your shoulder and neck muscles are often to blame for hand and arm pain. Because of the biomechanical stress of typing and using a mouse, your *infraspinatus* muscle (located on your shoulder blade) is constantly working to stabilize your arm, making it highly vulnerable to developing these painful knots. In fact, one study found that the infraspinatus is the primary source of hand tingling in over 65% of symptomatic desk workers!

🧠 **How Does a Shoulder Knot Make Your Hand Tingle?**
It’s a phenomenon called **referred sensation**. A trigger point in your shoulder can project tingling, numbness, a dull ache, or burning pain all the way down your lateral arm, forearm, and into your thumb or radial hand. This referral pattern perfectly mimics a pinched nerve, leading many to be misdiagnosed.

💡 **How Can You Fix It?**
If your hand tingling is actually coming from your shoulder, carpal tunnel treatments won't help. Instead, focus on the muscle:
* 💆‍♀️ **Manual Therapy:** Applying sustained deep pressure (ischemic compression) directly to the trigger point can help mechanically release the tight muscle band.
* 💉 **Needling & Injections:** Dry needling and ultrasound-guided trigger point injections are highly effective at deactivating these hyperirritable foci and providing immediate relief.
* 🧘‍♂️ **Posture & Ergonomics:** Correcting your posture and stretching the infraspinatus and surrounding fascia are crucial for preventing the knots from coming back.

Don't rush into unnecessary surgeries for misdiagnosed nerve issues! 🙅‍♀️ Always get those shoulder muscles checked out first to rule out "pseudoradiculopathy".

04/03/2026

🚨 Dealing with stubborn hand and wrist pain from typing or driving all day? It might NOT be Carpal Tunnel Syndrome! Let's talk about **Pronator Teres Syndrome**. 🚨

**What is it?** 🤔
Pronator teres syndrome is a nerve entrapment condition that happens when your median nerve gets pinched between the two heads of the pronator teres muscle in your forearm. Strangely, you usually won't feel pain at the actual site of the nerve compression in your forearm, but rather an aching pain in your hand and palm-side wrist right where the nerve ends.

**What triggers it?** 💥
The pain is characteristically triggered or worsened by activities that require sustained forearm pronation (holding your palm face down), such as typing, writing, driving, or using a computer mouse. As the condition progresses, you might develop numbness throughout your entire hand that gets worse at night, or when pressure is applied to your upper forearm or inner elbow.

**The Symptoms & A Clinical Paradox:** 📉
This proximal nerve entrapment can cause weakness in muscles located further down the arm, specifically affecting the thumb, index finger, and forearm. However, there is a unique clinical paradox: the pronator teres muscle itself—where the nerve is actually trapped—is ironically spared from any weakness!

**Pronator Teres vs. Carpal Tunnel:** 🥊
Because it affects the median nerve, this syndrome strongly mimics Carpal Tunnel Syndrome (CTS). But here is why an accurate diagnosis is crucial: **pronator teres syndrome will not respond to standard CTS treatments like wrist splints, NSAIDs, steroid injections, or carpal tunnel release surgery**!

How can a clinician tell the difference? They check for sensory changes in the fleshy base of your thumb (the thenar eminence). The nerve branch supplying sensation to this area splits off and travels outside of the carpal tunnel, meaning sensation here stays normal if you only have CTS. But if you have pronator teres syndrome, the nerve is pinched much higher up in the arm, meaning sensation at the base of your thumb is often compromised.

04/02/2026

There is nothing better than doing what you love in a space that you love.

04/02/2026

Congrats to our Academic All-MAC guys 🤼📚🤘

🔗 https://ubbulls.com/news/2026/4/1/wrestling-four-bulls-named-academic-all-mac

04/02/2026

Stop being the practitioner who gets stumped by the "20%" of cases that don't respond to standard protocols. 🛑

If you’ve ever had a patient with chronic pain, burning, or numbness that an MRI couldn't explain, you were likely looking at a Peripheral Nerve Entrapment. These are the "mystery" cases that specialists often miss because you can’t see fascial restrictions or nerve irritations on a standard scan.

I’ve put together my most extensive course yet to help you identify and resolve these exact issues.

🚀 Unlock the Mystery of Chronic Pain is now available on Podia!

This course is a deep dive into the world of peripheral nerve entrapments—the game-changer for any orthopedic acupuncturist.

I’ve translated the groundbreaking work of experts like Dr. Andrea Trescott into practical, effective acupuncture and dry needling protocols.

What’s inside?

* Comprehensive Coverage: We cover the most common (and commonly missed) entrapments, including ACNES, Baxter’s nerve, Cluneal nerves, and the Thoracic Outlet.
* Live Demos: Many hours of lecture and live demonstrations on people with actual symptoms, so you can see the results in real-time.

* Clinical Pearl Alerts: Learn to differentiate between a radiculopathy and a distal entrapment so you can stop "surrounding the dragon" and start hitting the source.

* Neuromodulation Techniques: How to use electric stimulation at nerve trunks and motor points to "wake up" ischemic tissue and reset the nervous system.

Stop providing only palliative care. It’s time to restore function and get your patients back to their lives.

🔗 Link in bio to join the course! https://richardhazel.podia.com/peripheral-nerve-entrapments

04/02/2026

🚨 Sharp, stabbing pain between your shoulder blades? It might be **Dorsal Scapular Nerve (DSN) Entrapment**! 🚨

📍 **The Pathway & Entrapment Zones:**
The DSN travels down from the cervical spine, typically piercing directly through the middle scalene muscle before continuing along the anterior surface of the rhomboid muscles. Because of this specific pathway, the nerve most commonly gets trapped or squeezed in two primary zones:
1️⃣ **The middle scalene muscle:** This is the most common entrapment site, often caused by muscle hypertrophy (enlargement) or tight fibrous tissues.
2️⃣ **The rhomboid muscles:** Entrapment can also occur further down its path along the back.

💥 **What are the Symptoms?**
* 🔪 Sharp, burning, or knife-like pain right between the shoulder blades.
* 🤕 Diffuse pain in the shoulder, lateral arm, and forearm, mixed with a dull ache in the neck and back.
* 🫀 Severe anterior chest wall pain that can sometimes even mimic a heart attack.
* 🦋 A "winged scapula," where the lower medial border and inferior angle of the shoulder blade stick out prominently.
* 💪 Weakness when abducting the arm and a feeling of "traction" within the shoulder.
* 🐜 An annoying itching sensation between the shoulder blades, sometimes called notalgia paresthetica.
* 🌧️ Symptoms that are characteristically worsened by turning or extending your neck, overexertion, and even weather changes like rain or winter storms!.

❌ **Common Misdiagnoses:**
This condition is widely under-recognized. As a result, it is very frequently misdiagnosed as "atypical" thoracic outlet syndrome, or it is confused with long thoracic nerve entrapment.

My Unlock the Mystery of Chronic Pain course which covers this and many other peripheral nerve entrapments is linked in the bio.

04/02/2026

🚨 Experiencing a mysterious burning pain or numbness on your outer thigh? You might be dealing with **Meralgia Paresthetica**! 🚨

Also known as Bernhardt-Roth syndrome, this condition happens when the Lateral Femoral Cutaneous Nerve (LFCN) gets compressed. Because this nerve is purely sensory, you won't experience any muscle weakness—just intense sensory changes.

🔥 **What does it feel like?**
Patients often report a subacute onset of burning pain, a deep muscle ache, or tingling/numbness (dysesthesia) in the anterolateral (front-outer) thigh. The pain can radiate from the hip down to the front of the knee. You might even feel coldness, complete numbness in a specific spot, or notice hair loss just from stroking the skin! Symptoms typically worsen when you stand for a long time, walk, or extend your hip because these movements stretch the nerve. Sitting down or compressing the lateral pelvis usually brings relief, though some find sitting makes it worse.

📍 **Where does the nerve get trapped?**
The LFCN takes a sharp angle as it travels from your pelvis into your thigh, making it highly susceptible to mechanical strain and compression. It usually gets pinched at two main zones: deep to the Iliop***c Tract (IPT), or right under the inguinal ligament near your front hip bone (ASIS).

⚠️ **Common Causes & Risk Factors:**
👖 **External Compression:** Tight garments around the waist, belts, seat belts, or braces can easily squeeze this superficial nerve.
🤰 **Increased Abdominal Pressure:** Pregnancy, obesity (high BMI), or ascites can increase the strain on the nerve.
🩸 **Metabolic Conditions:** If you have diabetes, you are 7 times more likely to develop Meralgia Paresthetica!
💥 **Other factors:** Direct trauma (like an avulsion fracture), leg length discrepancies, scoliosis, severe muscle spasms, or even surgical complications (like bone graft harvesting or incisions).

04/01/2026

🚨 Struggling with mysterious inner thigh or groin pain when you exercise? You might be dealing with **Obturator Tunnel Syndrome**! 🚨

Also known as **obturator nerve (ON) entrapment**, this often underdiagnosed condition can cause significant pelvic, groin, and lower extremity pain.

💥 **What does it feel like?**
Patients typically experience an **exercise-induced deep ache or paresthesia along the medial (inner) thigh**, stretching from the p***c bone down to the inside of the knee. Sometimes, this pain even refers to the hip bone (ASIS), the inner calf, or the outer leg.

Runners might complain of a frustrating **"lack of propulsion,"** and the pain usually acts like claudication—it goes away when you rest but flares right back up when you start moving again. A classic red flag is the **Howship-Romberg sign**: medial knee pain that gets triggered when the hip is forced into abduction, extension, and internal rotation. Because it worsens with stretching, it can even mimic the restricted movement of hip osteoarthritis!

🏋️‍♂️ **Where does the nerve get trapped?**
The obturator nerve has a complex journey through your pelvis and leg, making it vulnerable to getting squeezed by several muscles and fascial bands:
* **Psoas muscle:** It can get pinched right where it forms.
* **Internal and external obturator muscles:** These form the obturator canal, a primary entrapment zone.
* **Adductor muscles (magnus, longus, brevis) & Pectineus:** The nerve easily gets trapped in the fascial planes of these inner thigh muscles, which is a major cause of exercise-induced medial thigh pain in athletes!

🩺 **How do you assess it?**
The absolute hallmark of this condition is **adductor muscle weakness**, which can become so severe it causes a **wide-based, circumducting gait** as your hip tries to compensate. A clinician can evaluate this by:

👉 **Palpating** for tenderness in the adductor canal or checking for a missing hip adductor reflex.
👉 **Provocative Maneuvers:** Using the **pectineus stretch** or the **obturator sign** to actively recreate your pain.